In Science, the “How?” is Just as Important as the “What?”

Gabriella Reggiano works in a computational structural biology lab, a fancy way of saying she spends her time at a computer, writing a bunch of code and looking at a lot of protein models. Unlike most scientists, her goal isn’t to answer a fundamental question about the universe, but to develop a method that will make it easier for scientists to understand how proteins move, so they can answer whatever questions spark their curiosity (as long as they’re about proteins).

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What if your life and offspring depended on the success of a long-distance trip?

Ashley R. Townes is a passion-driven fish ecologist, educator, and international in-field environmental researcher working in the realm of ecological restoration and natural resource management at various international agencies, NGOs, and institutions around the world. At the University of Washington’s School of Aquatic and Fishery Sciences, Townes is studying both the behavior and ecology of spawning sockeye salmon ( Oncorhynchus nerka ) and the effects of marine biogenic habitat on groundfish species that are ecological, commercially and economically important.

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Miniature magnets, big questions

Sarah Sweger is a Ph.D. student in the Chemistry department at the University of Washington, but Sweger’s work sits at the crossroads between chemistry, biology, and physics. Sweger’s research focuses on utilizing electrons as magnetic “rulers” to understand the structure and function of proteins and how we can use statistics to determine the reliability of our measurements.

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Talkin’ Smack: Understanding What Jellyfish Have to Say

Bri Gabel is an experienced aquaculturist who managed a community science team for nearly a decade, focusing on rearing jellyfish for aquarium display and scientific research. For the last two years, her jellyfish have been used to help scientists understand what jellyfish are eating and how that might influence the entire Puget Sound food web.

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We aren’t flat… right?

Kevin Bishop builds machines that shoot lasers at brains to make them glow–a key part of 3D microscopes that scientists and doctors can use to look at individual brain cells. His goal is to use light to make tools to treat brain diseases like cancer and Alzheimer’s.

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The Language of Water and Our Greatest Translators

Christine Baker, a graduate student in Civil and Environmental Engineering at the University of Washington, studies the movement of water by currents that are driven by breaking waves along the coast, specifically rip currents, which are hazardous for recreational swimmers. Using large-scale laboratory experiments, she seeks to understand when and how sand, pollutants, larvae, and unsuspecting swimmers move from the region where waves break to the open ocean.

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‘Oumuamua: interstellar rock or alien spacecraft?

Héctor Delgado Díaz is an astronomer and astrobiologist who is passionate about the search for extraterrestrial life. He studies the efficiency of each observation technique used to look at planets outside the solar system (exoplanets) and creates simulations of how the atmospheres of the exoplanets would look like through the lens of space telescopes.

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How the Cannabis Industry Pushes Women Out

Michele Cadigan is a Ph.D. candidate of Sociology and NSF Graduate Fellow at the University of Washington. She studies the intersection of economic markets and the criminal justice system in the fight for racial justice. Her current work examines how states rewrite criminal laws and build markets for cannabis in ways that facilitate or hinder racial equity and justice.

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Honey is Magic: 3 Honey Mysteries Only Science Can Explain

Halli Benasutti is a biochemistry graduate student at the University of Washington, where she works to develop therapeutics for a disease called muscular dystrophy. Muscular dystrophy is a result of mutations in DNA, which cause the gradual wasting away of patient’s muscles over time, affecting their ability to walk, talk, and even breathe.

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Why don’t we have Al-zhe answers yet?

Ellie James is a graduate student in Molecular Engineering who researches tau, a protein that takes on many shapes in healthy individuals, one shape in Alzheimer’s disease, and a unique shape in each other tau-related dementia. Her research will determine what causes tau into specific shapes in disease, which will improve our understanding of how to make medications for dementias.

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Viruses getting on your nerves?

Victoria Rachleff is a Molecular & Cellular Biology Ph.D. student at the University of Washington. Melding her background in neuroscience and interest in virology, Rachleff uses clinical data and animal models to study viruses that infect the nervous system.

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Peeing off a skiff and other adventures of a seabird biologist

Amelia J. DuVall spent the last several years getting pooped on while studying seabirds at Channel Islands National Park in southern California. Now a graduate student at the School of Aquatic and Fishery Sciences at the University of Washington, her research is on seabird ecology, conservation, and management across the Pacific Ocean, from the Channel Islands to French Polynesia.

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Seeing is believing (and understanding)

Molly Zych studies cell division in order to understand how human cells accurately separate DNA into two new daughter cells. Using microscopy and cell biology tools Molly hopes to understand why errors occur in this process and how they contribute to both developmental disorders and cancer advancement.

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'Bad dogs' for good causes: Using rescue dogs to help with wildlife conservation

Natalie Mastick is a Ph.D. student in Aquatic Sciences at UW and a Graduate Fellow with Oceans Initiative, and she studies how parasites affect marine mammals in Puget Sound. She uses historical ecology to figure out how parasite abundances in fish have changed over the course of the past century, and works to determine how parasitized the whales that eat those fish species are today using recently collected fecal samples.

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